Color is hinged on value. To have good color, you must have accurate values. To have accurate values, you must get the correct relationships between the colors and values right. Colors and values seen by the human eye are hundreds of times greater than what is available in your pigments. Because of this, you must get the differences correct.
EXAMPLE: For measurement, we will use a value scale of 10 places, where 0 = black and 9 =white.
Let’s say all the things you see in the sunlight are at a range of 6, 7 and 8 on the value scale. All the shadows are at a range of 3, 4 and 5. Therefore, all the colors in the sunlight or shadows must be in their respective value range–including white and black.
So…white in the shadow cannot be lighter than a 5 on the value scale.
Black in the sunlight can’t be darker than a 6.
It’s futile to copy the color you’re seeing unless you compare it to every color around it. To compare something, you must first have something to compare it with, right?
I always start with the thing I ‘m sure of…so if I am sure of the color and value of the sky, I start with that. If I’m sure of the color and value of the grass, then that will be my starting point.
I then evaluate all my other colors and values to my initial choice.
So how do you make the range of different colors you see in nature fit into the limitations imposed by your pigments? This is where you can use the other aspects of color to show the variety of your scene without compromising the value differences.
The other aspects of color are saturation, hue and temperature.
When faced with a slight change in value, see if you can use a hue change or temperature change to capture it. Save your value changes for the great division of light and shadow.
1 thought on “Color Theory Basics Part I”
Love the clarity of this!
I found you through Gurney’s blog…very good find! I’ll put you in my favorites and be back often.